❯
All July Long: Use code SUMMERMFG10 for 10% off your next custom manufacturing order → Get Instant Quote
Parts that fit, snap, screw, and survive. Industrial design intent turned into production CAD, with structural integrity, tolerance stacks, and material choices grounded in how the part will be molded, machined, or assembled.
Geometry, drawings, and specs that tooling and machining teams can run without rework.
SolidWorks, Fusion, NX. Parametric models with full feature trees, ready for tooling or CNC.
2D engineering drawings with datums, geometric tolerances, and inspection callouts that line up with QA.
Draft, ribs, undercuts, parting lines, and stack-up analysis flagged before the cutter touches steel.
Hardware lists, fastener specs, and step-by-step assembly instructions for the production floor.
Four stages with a deliverable you can review at every gate. One accountable team, in-house since 2009.
Loads, environment, target cost, regulatory needs, and manufacturing volume mapped before the first sketch.
Parts modeled with parting lines, draft, and assembly intent built in. Concept reviews twice a week.
In-house tooling and machining engineers walk the design. Issues are caught here, not at T1.
3D printed or machined prototypes for fit and function. Sign-off package handed to tooling.
Files, drawings, and reports that production teams act on without follow-up.
Engineering spec sheet, load cases, environmental brief
Native CAD (SolidWorks/Fusion/NX) plus STEP and Parasolid exports
2D engineering drawings with full GD&T and inspection callouts
DFM report, tolerance stack-up analysis, mold-flow notes
Functional prototype, design review report, BOM, assembly instructions
Upload your CAD and our engineers walk the part before a chip is cut. Draft, wall thickness, tolerance stack-up, and GD&T flagged in plain English, with side-by-side fixes.
Radii, wall thickness, and access checked so the part cuts cleanly on our machines.
Every dimension chain analyzed so parts fit and assemble on the first build, not at T1.
Callouts and datum schemes that line up with how the part is inspected and used.
Metals and engineering plastics picked for strength, machinability, corrosion, and weight. Here is how the common options compare.
Ratings are a general guide. Final material selection is confirmed with your loads, environment, and finish requirements during the DFM review.
Process, scope, and what to expect on a Jaycon engagement.
SolidWorks, Fusion 360, and NX are our daily drivers. We can also work in Onshape, Creo, or Inventor on request and deliver native files plus neutral STEP and Parasolid exports.
Yes. Worst-case and statistical stack-ups are part of every assembly review. We flag fits, clearances, and inspection callouts before the drawing is released.
Yes. We routinely receive a Class-A surface or rendered concept and convert it to a production-ready CAD package with GD&T drawings and a DFM report.
All file uploads run through an NDA before review. Project data is stored on access-controlled servers, and NDAs are signed before any technical discussion.
From product design and rapid prototyping to precision injection molding and circuit board manufacturing.
We take your idea from sketch to working prototype, with a team that handles both the look and the engineering.
Explore service →
Custom PCB design and assembly, reviewed by engineers before production so nothing gets built twice.
Explore service →
Get a physical part in your hands fast. We use the right technology for your design so you can test and move forward.
Explore service →
When you are ready to scale, we handle the tooling and run production so you can focus on your business.
Explore service →